Vertical Control Gimballed Beamsplitter Holder for 50mm Optic
BSHL-50-TF
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These vertical holders are ideal for small spacers due to their thin design and vertical adjustment. Holders can be positioned close to each other reducing optical system size.
◦There are two types, one is fitted with knobs on top (BSHL-2), and the other is without knobs and adjusted by hex wrench (BSHL-TF).
◦This product provides large clear aperture of transmitted beam even if beamsplitter is placed at 45 degrees.
◦The gimbal design maintains the center position of mirror even when fine adjusted.
◦Adjustment screws can be fixed with the clamp screws on the back of the mounts.
◦Two M4 mounting holes are also provided on both sides to mount the holder horizontally.
◦This product provides large clear aperture of transmitted beam even if beamsplitter is placed at 45 degrees.
◦The gimbal design maintains the center position of mirror even when fine adjusted.
◦Adjustment screws can be fixed with the clamp screws on the back of the mounts.
◦Two M4 mounting holes are also provided on both sides to mount the holder horizontally.
| Name | Vertical Control Gimballed Beamsplitter Holder for 50mm Optic | 
|---|---|
| Weight | 0.4800kgs | 
| Guide | 
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| Attention | 
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| Image Label | Vertical Control Gimballed Beamsplitter Holder for 50mm Optic | 
| Diameter | 50mm | 
| Knobs | Without Knobs | 
| Compatible Optics Diameter | φ50mm | 
| Compatible Optics Thickness | 5 - 8mm | 
| 45° Incidence Reflected Beam Diameter | φ31mm | 
| 45° Incidence Central Transmission Beam Diameter | φ27.39mm | 
| Fine-Adjustment Range /Tilt | ±1.5° | 
| Fine-Adjustment Range /Rotation | ±1.5° | 
| Fine Adjustment Resolution /Tilt | 0.23°/rotation | 
| Fine Adjustment Resolution /Rotation | 0.27°/rotation | 
            In stock
        
    
            SKU
        
BSHL-50-TF
    
    
                $380.00
                            
            
            
These vertical holders are ideal for small spacers due to their thin design and vertical adjustment. Holders can be positioned close to each other reducing optical system size.
 
     
             
 
        





